850nm FC/APC Multimode Attenuator

850nm FC/APC Multimode Attenuator

Multimode variable attenuator is based on Idealphotonics' unique optical design and processing capabilities. Our VOA has the characteristics of fast adjustment of optical attenuation, small size, low insertion loss, low polarization-related loss, high mode-related stability and high reliability. It is mainly used in multimode transmission networks, power balancing, product testing, related instruments and equipment, etc.

Product features：Wide operating wavelength range & wide temperature range、 Low insertion loss、 Low polarization-dependent loss and polarization mode dispersion、 High reliability and stability、 Telcordia GR-122 1 & GR-1209

Part Number：--

Application area：Multimode product testing、 Multimode transmission network、 Power balancing、 Receiver protection、 Related instruments and equipment

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Main parameters
General Parameters
Optional Configurations
Downloads

Main parameters

Core parameters

Dimension Drawing

General Parameters

Parameters

Item	Optical performance			Specification	Note
1	Attenuator Type	Bright or Dark		Bright	Bright: Minimum insertion loss @ 0V Dark: Maximum attenuation @ 0V
2	Operating wavelength	nm		850± 10
3	Attenuation range	Min	dB	30	Working voltage: ≤ ± 10V, square wave
4	Insertion loss	Max	dB	1. 0
5	Repeatability @20dB	Max	dB	0. 1
6	Mode dependent loss @20dB20Minute	Max	dB	0. 2
7	Return loss	Min	dB	30
8	Response time	Max	ms	5
9	Maximum optical power	Max	mw	500

	Electrical performance				Specification
1	Drive voltage (AC)	Max	V		15
2	Power consumption	Max	mw		10

	Mechanical properties				Specification
1	Fiber type				50/ 125um 、62. 5/ 125um
2	Fiber Length	Min	m		1.0

*. All indicators are without connectors and are only valid at the above wavelengths, polarization states and temperatures.

**. Indicators are subject to change without prior notice.

Recommended applications

A 5:95 beam splitter is connected to the back end of the multimode VOA, where the 5% port output is connected to the multimode PD as the monitoring end, and the 95% port outputs directly as the output end.

The data is reversed through the monitoring end to control the output voltage so that the output end reaches the set attenuation value.

Test block diagram

Test Data - - - Attenuation Accuracy

1. The horizontal axis is the attenuation value.

2. The vertical axis is the difference between the attenuation value calculated by the monitoring end and the actual attenuation value of the output end.

Recommended power supply conditions

1. Continuous square wave drive, frequency: 5KHZ, waveform: square wave

2. Peak-to-peak value: 0-35V, duty cycle: 50%

Order Info

MEMS-VOA-W□□□□- ☆- △ -XX

W□□□□：Wavelength

850: 850nm

1310: 1310nm

1550: 1550nm

1570: 1570nm

1650: 1650nm

☆ ：Pigtail Length

05: 0 . 5m

1： 1m

10: 10m

△：Loose Tube

B: Bare Fiber

9 : 900um Loose Tube

20: 2mm Loose Tube

30: 2mm Loose Tube

XX: Fiber and Connector Type

S5A=MM50/ 125+ FC/APC

S5P= MM50/ 125+ FC/PC

S6A=MM62 . 5/ 125+ FC/APC

S6P= MM62 . 5/ 125+ FC/PC

Optional Configurations

Downloads

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